Advanced Luminescent Materials and Devices
Materialtyp:
ArtikelUtgivningsinformation: MDPI - Multidisciplinary Digital Publishing Institute 2024Innehållstyp: - text
- computer
- online resource
- 9783725815357
- 9783725815364
- Mathematics and Science
- Chemistry
- Physical chemistry
- BeO
- Ce ceramics
- Chelyabinsk LL5
- Dy-doped crystals
- EPR
- Eu
- MgB4O7
- Mn crystal
- NIR
- OSL
- TA-OSL
- TL
- TL spectroscopy
- Tsarev L5
- UV-emission
- XANES spectroscopy
- Y2O3
- YAG
- YAl3(BO3)4
- activation energy
- aluminosilicate glass
- anti-counterfeiting
- atomic layer deposition
- bioimaging
- carbazole
- ceramics
- competition between levels
- computerized glow curve deconvolution
- electroluminescence
- emitter
- energy loss
- erbium chloride silicate
- gadolinium compounds
- glass structure
- high-power electron flux
- high-resolution optical spectroscopy
- host
- hypersensitivity
- imidazole
- interparticle energy transfer
- kinetic parameters
- lattice defect
- luminescence
- luminescence decay
- luminescence dosimetry
- manganese
- molecular dynamics simulations
- nanocomposites
- nanoparticles
- near infrared
- neodymium
- optical properties
- optical temperature sensors
- optically stimulated luminescence
- ordinary chondrite
- organic light-emitting diode
- oxides
- persistent luminescence
- phosphor
- phosphors
- photocatalysis
- photoluminescence
- phototherapy
- quartz
- radiation synthesis
- radioluminesce
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This text presents recent developments in a wide range of applications of luminescent materials. It compiles contributions from a number of leading scientists in the field, and should be an inspiration for both established and new researchers in this exciting area of research. Thanks to developments in materials research, new applications, requiring specific phosphor properties, have emerged. Wavelength ranges have expanded towards UV and near-IR emission; highly performant persistent phosphors have been developed for safety illumination and bio-imaging; phosphors have been proposed for anti-counterfeiting, energy storage, photocatalysis, thermometry, scintillators and dosimetry; and new synthesis and characterization techniques for luminescent materials have been developed.
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eng
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